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Cognitive / FocusCellular RepairNeuroendocrine

Synthetic ACTH-fragment analogue

Semax

A synthetic peptide developed from an ACTH fragment and studied mainly in Russian-language neurologic and cognitive research. This record separates established identity and source-linked research context from protocol or commercial fields that are not yet supportable.

FEMETRIC RECORD · PUBLICSemax
Cognitive / FocusCellular RepairNeuroendocrine
Status
Other
Related
2
Sources
1
UPDATED 2026-09-13
01

Protocol references

SOURCE-LINKED

LITERATURE-DERIVED REFERENCE

Source-linked research context

No universal administration structure is inferred from the indexed literature. Open the source for the population, intervention and study design.

Route
Intranasal research
Frequency
See indexed source
Duration
Not indexed
Escalation
Not established
Stage detail pending source extractionStarting and target doses are indexed. Intermediate steps are intentionally not inferred.
LITERATURE-DERIVED REFERENCENeuroscience and Behavioral Physiology, 2006Verified 2026-09-13
View primary source
04

How this works

Semax lacks the corticosteroid activity of full ACTH and has been investigated for neurotrophic and neurologic effects. The accessible evidence base is regionally concentrated and heterogeneous.

Mechanism summaries are stored with field-level source provenance for editorial audit.
07

Related research goals

08

Related peptides

01PEPTIDE

Selank

A synthetic tuftsin-derived peptide studied mainly in Russian-language anxiety, immune and neurobehavioral research.

Cognitive / FocusNeuroendocrineImmune Support
02PEPTIDE

MOTS-C

A mitochondrial-derived peptide studied in metabolic signaling, cellular stress and exercise models.

Mitochondrial HealthEnergyMetabolic
09

Compare Semax

11

References

01
Semax, an ACTH4-10 peptide analogue with nootropic propertiesNeuroscience and Behavioral Physiology · 2006
REVIEW
Page reviewed: 2026-09-13References updated: 2026-09-13

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